![]() ![]() ![]() 2 Zend Studio for i5/OS version 5.5 Installation. ![]() Table of Contents About the Zend StudioTM Quick Start Guide. Zend Studio Quick Start Guide issued May 2007. All trademarks mentioned in this document, belong to their respective owners. No part of this Guide may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or information storage and retrieval systems, for any purpose other than the purchaser’s personal use, without the written permission of Zend Technologies, Ltd. Zend Studio i5/OS 5.5 – Quick Start Guideĭisclaimer The information in this document is subject to change without notice and does not represent a commitment on the part of Zend Technologies, Ltd. If the Soap auth header is missing, the soap body method will be called anyway so the check is essential in case a malevolent client deliberately leaves the headers off.Quick Start Guide Zend Studio for i5/OS V5.5 By Zend Technologies, Inc. Then when the Soap Body is handled and the appropriate class method called, a check is made at the start of callable method to ensure authentication has been passed. The way we work this is the UsernameToken method authenticates the username / password combo and sets a protected class var. The key here is that the headers will be handled first by the server which will call the method mysoapclass::UsernameToken. Moving to the Server, you'll handle the Soap call somewhat like: $client -> _soapCall ( $method, $params ) Next instantiate the client object, add the headers and make the call: $soapHeaders = new SoapHeader ( $wsu, 'UsernameToken', $usernameToken ) To pass approximately wss standard headers (note that I couldn't get attributes from the header tags without text preprocessing, so standards compliance failed me), first create the following class on the client: Rather than treat them seperately, they are treated as part of the Soap request. In response to Timo, it is possible to access Soap Headers from the SoapServer class and call methods to handle them. If you are not using Zend you can generate the wsdl file manually. I didn't define anywhere the barArray type, Zend's WSDL Generator generated it automatically. In the WSDL, you'll find something like this This way, the function will require an array of integers for $a, an array of strings for $b and an array of objets of Class "bar" for $c In your PHPDOC block use the after the variable name like this One thing a lot of people are searching everywhere, is the way to pass/return an array of variables. If you are using Zend Studio, you can easily generate a wsdl file using the WSDL Generator if you document your code using PHPDOC. Things that I've searched a lot for that might be useful to somebody: I sure wish someone really smart would go into a bit more detail in this documentation of the SoapServer options, why they exist, when to use them, etc. setClass ( 'm圜lass' ) // previously included or defined So if you are exposing your class via "setClass" to the SOAP server and for some reason your "types" aren't being returned, you can do this: Since your complex types are not respected/imported, you get unexpected problems out the wazoo. This does enable non-WSDL mode, which only causes problems when using complex types. While others may not do what I did, I thought if my WSDL was not local and needed to be grabbed via HTTP, I should set the $wsdl var in _construct() to NULL, and set the 'uri' value in the additional parameters. There are decent usage examples in the PHP build tests: The from_xml function will take an xml string as a parameter and should return an object of the correct type.īoth methods can also throw SOAPFaults or other exceptions which can be caught from the actual client method call ($client->someRemoteMethod()) The to_xml function will take the object as a parameter and return a string, I found the wording of the docs very confusing, both parameters are strings which are function names. Unfortunately type map works at the object level, not the field level like I was hoping, requiring you to provide functions for building the entire object from an XML string (using the XML parser of your choice) and vice versa. Typemap isn't very well documented at all, but I thought I might be able to use it to clean some things up and map between object fields and XML attributes that have different names but are conceptually the same thing. ![]()
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